How do you solve #6.2 e^(0.64t)=3e^(t+1)#? Precalculus Properties of Logarithmic Functions Natural Logs 1 Answer Cesareo R. May 5, 2017 See below. Explanation: #6.2 e^(0.64t)=3e^(t+1)# so #6.2/3=e^((1-0.64)t+1)# or #(1-0.64)t+1=log_e(6.2/3)# then #t=(log_e(6.2/3)-1)/(1-0.64) approx -0.761286# Answer link Related questions What is the natural log of e? What is the natural log of 2? How do I do natural logs on a TI-83? How do I find the natural log of a fraction? What is the natural log of 1? What is the natural log of infinity? Can I find the natural log of a negative number? How do I find a natural log without a calculator? How do I find the natural log of a given number by using a calculator? How do I do natural logs on a TI-84? See all questions in Natural Logs Impact of this question 2035 views around the world You can reuse this answer Creative Commons License